Diabetes Center at UCSF
@AtUcsf
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An integrated team of UCSF researchers and physicians in fields of cell development, metabolism, and immunology ...a history of innovation, a vision of a cure
UCSF
Joined December 2020
Mark Anderson and his collaborators on genetic testing for T1D https://t.co/kUOGBJjbCh
scientificamerican.com
Genetic screening can mean that people at risk of type 1 diabetes get earlier treatment and better outcomes
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2025 Nobel Prize in Physiology - Fred Ramsdell to Share in the Prize on Immune Tolerance https://t.co/1rFiVkrstQ
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HIRN trans-network committee chair @AParent_lab on HIRN Initiative for @NIDDKgov 75th Anniversary Special in @AmDiabetesAssn
https://t.co/1nKhQ3zYwv
diabetesjournals.org
The identification of a “rundlichen Häuflein” by Paul Langerhans more than 150 years ago marked the initiation of a global effort to unravel the mysteries
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Pictured at our poster sessions: David Moore, Chair, UC Berkeley Nutritional Sciences & Toxicology; Thuy An Pham, Anderson Lab; Abbey Blake, Vaisse Lab; Emily McGrath, Koliwad Lab.
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Featuring our keynote speakers @BruceVerchere at University of British Columbia and Randy Seeley at University of Michigan!
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Having a great time at the 2025 Obesity, Metabolism & Diabetes Research Retreat in partnership with UCSF Diabetes Center, UCSF Nutrition Obesity Research Center (NORC), @UCBerkeley Metabolic Biology, and @ucdavis College of Biological Sciences
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Congratulations to the recipients of the 2025 Klein and Kraft Fellowship in Diabetes Research, trainees from @JulieBSneddon @McManus_Lab @EndoFellowsUcsf We sincerely thank the Kraft and Klein families for their generous support.
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Nice to see @AParent_lab chime in on recent Science paper
UCSF scientists have figured out how tame the immune system in specific organs - reducing dangerous inflammation without robbing the body of its general immune defenses, leading to better treatments for autoimmune disease and organ transplantation.
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Great new paper by @NishRReddy with UCSF Diabetes Center @HebrokLab @AParent_lab @MaachiHasna and others https://t.co/te67tqsYQ6
science.org
Immune homeostasis requires a balance of inflammatory and suppressive activities. To design cells potentially useful for local immune suppression, we engineered conventional CD4+ T cells with...
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Our annual Diabetes Academy brings together our researchers, clinicians, supporters, and patients to explore groundbreaking diabetes research and treatments and hear new ideas from the next generation of leaders. https://t.co/GLJmFEcObc
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We are happy to announce that Phillip Dumesic, MD, PhD joins UCSF Diabetes Center faculty as an Assistant Professor
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Researchers find link between Covid-19 and post-covid childhood illness https://t.co/xxZTTLxXmb
missionlocal.org
Scientists have uncovere a link between Covid-19 and post-Covid childhood illness. Their work may improve treatments for similar conditions.
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Molecular mimicry in multisystem inflammatory syndrome in children: https://t.co/bhxJ3ULsqG
nature.com
Nature - A cross-reactive antibody and T cell response is identified in a large portion of patients with multisystem inflammatory syndrome in children.
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Proud of our team that unlocked this terrible complication of COVID-19 in children. @AtUcsf @UCSF @immunox
https://t.co/cDBFrRYvLh
nature.com
Nature - A cross-reactive antibody and T cell response is identified in a large portion of patients with multisystem inflammatory syndrome in children.
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Early in the pandemic, kids were hospitalized with a mysterious disease, MIS-C. A team led by @DrAaron14 @MAndersonUCSF @czbiohub discovered how mild COVID led to MIS-C, hinting at what might go wrong in autoimmune diseases like #MS. @BCH_InTheNews @stjude
https://t.co/MNJTXkhd37
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Amazing work by @DrAaron14 @MAndersonUCSF @derisij on Covid and Multi-system inflammatory syndrome in children (MIS-C) @UCSFChildrens @UCSF
https://t.co/7Npkh9QVEF
ucsf.edu
Scientists at UCSF discovered how kids were developing multisystem inflammatory syndrome in children (MIS-C), a mysterious, life-threatening condition following a COVID infection.
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Microglia mediate the early-life programming of adult glucose control by @SuneilKoliwad and @MValdearcos
https://t.co/7XBITjkzev
biorxiv.org
Mammalian glucose homeostasis is, in part, nutritionally programmed during early neonatal life, a critical window for the formation of synapses between hypothalamic glucoregulatory centers. Although...
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Weight loss drug article in @UCSF Magazine featuring UCSF Diabetes Center professor and Chief of Endocrinology @SuneilKoliwad
https://t.co/Qz9Tp9WKVU
magazine.ucsf.edu
The real answer isn’t “yes” or “no.” Here are six things you need to know.
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